The star life cycle....The star life cycle is the cycle of a star through out the time to live. a new born star is called a nubula and the death is called a white dwarf or a black hole or the worse way to die is the SUPERNOVA. a super nova is when a star explodes... it looks much like the one above..^.. a Supernova is when the stare exploding star that only happened about 60,000 years ago and it rarly ocours
PICTURES
This is the act of a supernova. this pic. is showing the star explode and the lables of the inside
Hubble Spots Distant Supernovae in Search of Properties of Dark Energy
ABOUT THIS IMAGE
These are images of three of the most distant supernovae known, discovered using the Hubble Space Telescope as a supernova search engine. The stars exploded back when the universe was approximately half its current age. The light is just arriving at Earth now. Supernovae are so bright they can be seen far away and far back in time. This allows astronomers to trace the expansion rate of the universe, and to determine how it is affected by the repulsive push of dark energy, an unknown form of energy that pervaded space.
this is the stars that are about to explode and the ones that are going to get ready to explode.
Charts
this diagram is showing the years left on the star before exploding
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this chart is showing the distance to a to a redshift.
STAR LIFE CYCLE
INFO
The star life cycle....The star life cycle is the cycle of a star through out the time to live. a new born star is called a nubula and the death is called a white dwarf or a black hole or the worse way to die is the SUPERNOVA. a super nova is when a star explodes... it looks much like the one above..^.. a Supernova is when the stare exploding star that only happened about 60,000 years ago and it rarly ocours
PICTURES
This is the act of a supernova. this pic. is showing the star explode and the lables of the inside
ABOUT THIS IMAGE
These are images of three of the most distant supernovae known, discovered using the Hubble Space Telescope as a supernova search engine. The stars exploded back when the universe was approximately half its current age. The light is just arriving at Earth now. Supernovae are so bright they can be seen far away and far back in time. This allows astronomers to trace the expansion rate of the universe, and to determine how it is affected by the repulsive push of dark energy, an unknown form of energy that pervaded space.
Charts
this diagram is showing the years left on the star before exploding
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